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Tip: The font-family property should hold several font names as a "fallback" system, to ensure maximum compatibility between browsers/operating systems. Start with the font you want, and end with a generic family (to let the browser pick a similar font in the generic family, if no other fonts are available). The font names should be separated with comma. Read more about fallback fonts in the next chapter.

Font Book automatically checks for duplicates when you install a font, and shows a message if the font is already installed. You can choose whether to keep both versions, skip font installation, or replace the existing font with the new font.

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Variable fonts offer continuous ranges of styles, often without additionallatency. This is relevant to responsive design.This dynamic typography uses continuous ranges of styles, offering all theweights between 100 and 900 on a page, and responsively varying the weightbased on some conditions.

Without style specifications, the API provides the default style of therequested family. To request other individual styles, such as specific weights,append a colon (:) after the name of the font family, followed by a list of axisproperty keywords in alphabetical order, an at sign (@), and one or more listsof values for those axis properties.

With static fonts, styles of weight are usually specified as multiples of 100(e.g. 300, 400, 700). Variable fonts offer both the standard weights andintermediate weights. To render an intermediate weight:

Be precise about the styles you are using. The API delivers the requested stylesin the most compact set of fonts. Requesting unused styles may cause your usersto download more font data than they need, causing more latency. If you use only3 specific weights, specify them in your request as individual styles. If youuse a continuous range of weights, specify that weight range in your request.

In these cases, you should consider specifying a text= value in your fontrequest URL. This allows Google Fonts to return a font file that's optimized foryour request. In some cases, this can reduce the size of the font file by up to90%.

As with any shorthand property, any individual value that is not specified is set to its corresponding initial value (possibly overriding values previously set using non-shorthand properties). Though not directly settable by font, the longhands font-size-adjust and font-kerning are also reset to their initial values.

The CanvasRenderingContext2D.font property of the Canvas 2D API specifies the current text style to use when drawing text. This string uses the same syntax as the CSS font specifier.

\n The CanvasRenderingContext2D.font property of the Canvas 2D API specifies the current text style to use when drawing text.\n This string uses the same syntax as the CSS font specifier.\n

We recommend these fonts because they are legible and widely available and because they include special characters such as math symbols and Greek letters. Historically, sans serif fonts have been preferred for online works and serif fonts for print works; however, modern screen resolutions can typically accommodate either type of font, and people who use assistive technologies can adjust font settings to their preferences. For more on how font relates to accessibility, visit the page on the accessibility of APA Style.

Instructors and publishers vary in how they specify length requirements. Different fonts take up different amounts of space on the page; thus, we recommend using word count rather than page count to gauge paper length if possible.

Specifies the keywords related to the font-variant-ligatures longhand property. The possible values are common-ligatures, no-common-ligatures, discretionary-ligatures, no-discretionary-ligatures, historical-ligatures, no-historical-ligatures, contextual, and no-contextual.

Specifies the keywords related to the font-variant-numeric longhand property. The possible values are lining-nums, oldstyle-nums, proportional-nums, tabular-nums, diagonal-fractions, stacked-fractions, ordinal, and slashed-zero.

The easiest way to avoid showing invisible text while custom fonts loadis to temporarily show a system font.By including font-display: swap in your @font-face style,you can avoid FOIT in most modern browsers:

The font-display APIspecifies how a font is displayed.swap tells the browser that text using the font should be displayed immediately using a system font.Once the custom font is ready, it replaces the system font.(See the Avoid invisible text during loading postfor more information.)

Scaling rules are applied when determining the computed value of the font-size property for math elements relative to the font-size of the containing parent. See the math-depth property for more information.

Keywords are a good way to set the size of fonts on the web. By setting a keyword font size on the element, you can set relative font-sizing everywhere else on the page, giving you the ability to easily scale the font up or down on the entire page accordingly.

Setting the font size in pixel values (px) is a good choice when you need pixel accuracy. A px value is static. This is an OS-independent and cross-browser way of literally telling the browsers to render the letters at exactly the number of pixels in height that you specified. The results may vary slightly across browsers, as they may use different algorithms to achieve a similar effect.

Note: Defining font sizes in px is not accessible, because the user cannot change the font size in some browsers. For example, users with limited vision may wish to set the font size much larger than the size chosen by a web designer. Avoid using them for font sizes if you wish to create an inclusive design.

Using an em value creates a dynamic or computed font size (historically the em unit was derived from the width of a capital "M" in a given typeface.). The numeric value acts as a multiplier of the font-size property of the element on which it is used. Consider this example:

If a font-size has not been set on any of the 's ancestors, then 1em will equal the default browser font-size, which is usually 16px. So, by default 1em is equivalent to 16px, and 2em is equivalent to 32px. If you were to set a font-size of 20px on the element say, then 1em on the elements would instead be equivalent to 20px, and 2em would be equivalent to 40px.

For example, suppose the font-size of the of the page is set to 16px. If the font-size you want is 12px, then you should specify 0.75em (because 12/16 = 0.75). Similarly, if you want a font size of 10px, then specify 0.625em (10/16 = 0.625); for 22px, specify 1.375em (22/16).

Assuming that the browser's default font-size is 16px, the words "outer" would be rendered at 25.6px, but the word "inner" would be rendered at 40.96px. This is because the inner 's font-size is 1.6em which is relative to its parent's font-size, which is in turn relative to its parent's font-size. This is often called compounding.

rem values were invented in order to sidestep the compounding problem. rem values are relative to the root html element, not the parent element. In other words, it lets you specify a font size in a relative fashion without being affected by the size of the parent, thereby eliminating compounding.

Like the em unit, an element's font-size set using the ex unit is computed or dynamic. It behaves in exactly the same way, except that when setting the font-size property using ex units, the font-size equals the x-height of the first available font used on the page. The number value multiplies the element's inherited font-size and the font-size compounds relatively.

\n Scaling rules are applied when determining the computed value of the font-size property for math elements relative to the font-size of the containing parent.\n See the math-depth property for more information.\n

Using an em value creates a dynamic or computed font size (historically the em unit was derived from the width of a capital \"M\" in a given typeface.). The numeric value acts as a multiplier of the font-size property of the element on which it is used. Consider this example: ff782bc1db